The B3 Exact Target Q2 Mathews Bar Sight LH is a precision left-handed bow sight engineered for Mathews archers who demand quick setup, reliable stability, and repeatable accuracy in the field and on the range.

• Quick Disconnect System: Rapid removal of the sight from the bow for easy transport, field tweaks, or switchovers without tools.
• Built-in 3rd Axis Adjustment: Allows precise cant compensation to maintain a true vertical alignment on uneven ground or risers, ensuring pin accuracy at different shooting angles.
• 7 Series Aluminum Extension Bar: Delivers a rigid, durable foundation that minimizes flex and keeps your pins aligned under heavy use or rugged conditions.
• Optional Micro-Adjust Windage: Fine-tune horizontal alignment with micro-adjust increments for precise windage control and repeatable sight picture.
• Laser Engraved Elevation and Tension Knobs: Clear, durable markings that remain legible in varied lighting, enabling quick, repeatable adjustments.
• BridgeLock Compatible: Designed to integrate seamlessly with Mathews BridgeLock systems for a secure, wobble-free fit on compatible bows.
• Micro-Adjust Tension Knob Included: Provides a customizable, tactile feel to dial in your preferred tension for a precise, confident sight picture.
• Left-Handed (LH) Availability: Specifically tailored for left-handed shooters, with LH configuration to match Mathews bows precisely.

This sight bundle is built for shooters who value consistency and setup efficiency. The combination of a sturdy extension bar, precise micro-adjust features, and third-axis alignment helps you maintain a true sight picture from sit-down shots to fielding tall targets. Compared to standard single-axis sights, the Q2 with BridgeLock compatibility and a built-in third axis offers improved stability, quicker on-the-fly adjustments, and repeatable performance across different hunting and shooting environments. Use cases range from treestand hunting and spot-and-stalk to 3D archery and practice sessions where crisp alignment and reliable repeatability matter.